CN202324460U

CN202324460U - Ultra-thin stone dry hanging heat-insulation composite board structure

Info

Publication number: CN202324460U
Application number: CN2011203622200U
Authority: CN
Inventors: 黄喋
Original assignee: Individual
Current assignee: Individual
Priority date: 2011-09-26
Filing date: 2011-09-26
Publication date: 2012-07-11
Anticipated expiration: 2021-09-26

Abstract

The utility model relates to an ultra-thin stone dry hanging heat-insulation composite board structure. The ultra-thin stone dry hanging heat-insulation composite board structure comprises an ultra-thin stone panel of which the thickness is 3 to 5 mm, wherein a composite reinforcing layer which is formed by agglutinating a plurality of layers of coarse bundle glass fibers subjected to sticky bundle enhancement and modified flame-retardant epoxy resin is arranged on the back of the ultra-thin stone panel; and a clamp spring type mounting connecting piece and a plug pin type mounting connecting piece are agglutinated to upper and lower ends of the ultra-thin stone panel and the composite reinforcing layer respectively. Compared with the conventional stone dry hanging, the dry hanging heat-insulation composite board with the thickness meets all requirements of stone dry hanging, is light in weight and high in toughness, and can be easily mounted and replaced; when the dry hanging heat-insulation composite board is used for resisting natural disasters such as earthquake, typhoon and the like, the resistance margin and the resonance destruction margin of the dry hanging heat-insulation composite board are much greater than the conventional slab stone dry hanging which is 25 to 30 mm thick; and by adoption of the dry hanging heat-insulation composite board, the mounting efficiency, the resource utilization ratio and the utilization safety are greatly increased, and the use cost and building bearing design requirements are greatly reduced.

Description

Superthin stone dried hanging thermal insulation composite plate structure

Technical field

The utility model relates to a kind of external wall stone decoration and composite plate is used in insulation, especially relates to a kind of superthin stone dried hanging thermal insulation composite plate structure.

Background technology

Existing exterior wall stone decoration adopts wet card installs except low-rise building is a small amount of, and great majority all are installed as the master with cladding.

Existing cladding mode; Because stone material intensity and mounting method need, stone material thickness generally all 25-30mm or more than, stone material deadweight is very big; It is also very big that the cavity layer of regulating with level is installed; Load-bearing and designing requirement that therefore keel are installed are also very high, and insulation layer also will be constructed in addition, and corresponding cost is just high; This form of construction work not only stone material utilization rate is not high, and it is high to remove-transport cost, installs and the adjustment difficulty is big, efficient is low, and the duration is spun out, and also is unfavorable for maintenance and changes, but also reduced actual usable floor area; Safe in utilization and the potential destructiveness of highrise building is too high, has also increased whole building load-bearing requirement greatly.

Summary of the invention

For overcome above-mentioned existing dry-hang stone from defectives such as great, lower than by force, high fragility, installation cost height; It is not only frivolous but also tough that the utility model provides; Outside the each item that satisfies stone material decoration of exterior wall and insulation requires, not only improved installation effectiveness and resource utilization greatly but also reduced use cost and the building load-bearing relates to a kind of new type superthin stone material dry suspending thermal insulating composite panel of requirement.

The technical scheme that its technical problem of the utility model solution is taked is: a kind of superthin stone dried hanging thermal insulation composite plate structure; Comprise the superthin stone panel; The thickness of its superthin stone panel is 3mm～5mm; Be provided with a compound enhancement Layer at the back of said superthin stone panel; Said compound enhancement Layer is to be bonded through thick bundle glass and modification, the fire retarding epoxide resin of multilayer through sticking bundle enhancement process, is bonded with circlip type connector member and bolt-type connector member respectively in two ends up and down at said superthin stone panel and compound enhancement Layer.

Further; In order to improve the whole obdurability of resource utilization assurance composite board and to reduce cost and the requirement of building weighted design; Guarantee that cladding connection hardware and crossbeam skeleton are connected firmly and can also be convenient to install and change; Said superthin stone dried hanging thermal insulation composite plate structure; Also include when composite plate is installed, be used for composite plate is fixed on top rail skeleton and lower transverse beam skeleton on the metope, this top rail skeleton and lower transverse beam skeleton play easy installing and fixing and effect that level is regulated; Said top rail skeleton and lower transverse beam skeleton pass through the body of wall bolt in the outer wall of body of wall; Said bolt-type connector member and the locking of lower transverse beam skeleton, the circlip type connector member is fixed in the draw-in groove of top rail skeleton, and the degree of depth that top rail skeleton and lower transverse beam skeleton and wall form is to embed waterproof, fireproof insulation layer in the 50mm cavity.

In order to make exterior wall play waterproof, fire prevention, fire-retardant effect, said insulation layer is the thick A level fire prevention of 50mm, the glass wool insulation layer of waterproof.

The beneficial effect of the utility model is: 1) because the compound enhancement Layer at composite board back is a toughness material; Not only intensity reaches cladding requirement; And the composite board deadweight is relatively very light; When natural calamities such as antidetonation, wind resistance, its opposing surplus is all much bigger than traditional thick flag material cladding (25-30mm is thick) with resonance destruction surplus.

2) utilize a kind of metal connecting elements that constitutes by circlip type connector member and bolt-type connector member cleverly; Except satisfying the related request of installing; It has also solved the problem such as cumbersome, labour and efficient of traditional cladding installation; The time of accomplishing the duration should be able to go out 4-5 doubly soon, prior it need not go up structure glue in addition, reduced the aging hidden danger of working procedure and structure glue.

3) adopt the introducing of the 50mm thick insulation layer that water proof type glass wool heat insulating material processes, both solved the suction problem of existing fire-protection rating problem and cotton shape warming plate, solved cost and weight issue again.

4) as for price: it is cladding to compare traditional slab, and the installation keel have been economized out a bulk of, and the stone material utilization rate is high again, and carrying and installation are also more Easily, insulation embeds integrated, and the anti-old processing of stone surface has also made things convenient for much, and cost has just got off.

5) the utility model has realized that really superthin stone can reach existing cladding examination requirements, unique real of having obtained the existing building material industry standard JC 830.1-2005 of the People's Republic of China (PRC) " exterior wall stone material dry suspending and the metal suspension member thereof " notice that is up to the standards.

Description of drawings

Fig. 1 is the composite plate sketch map of the utility model;

Fig. 2 is the scheme of installation of composite plate in the utility model.

Among the figure: 1, superthin stone panel 2, compound enhancement Layer 3, bolt-type connector member 4, circlip type connector member 5, top rail skeleton 6, lower transverse beam skeleton 7, insulation layer 8, body of wall 9, body of wall bolt.

The specific embodiment

Below in conjunction with the accompanying drawing and the specific embodiment the utility model is described in detail:

A kind of superthin stone dried hanging thermal insulation composite plate structure as shown in Figure 1; Comprise superthin stone panel 1; The thickness of its superthin stone panel 1 is 3mm～5mm; Be provided with a compound enhancement Layer 2 at the back of said superthin stone panel 1, said compound enhancement Layer 2 is to be bonded through thick bundle glass and modification, the fire retarding epoxide resin of multilayer through sticking bundle enhancement process, has improved resource utilization and has guaranteed the obdurability that composite board is whole and reduce the requirement of building weighted design; Two ends be bonded with circlip type connector member 4 and bolt-type connector member 3 respectively at said superthin stone panel 1 and compound enhancement Layer 2 about, when being used for the composite plate exterior wall installation with being connected of skeleton.

Further; Superthin stone dried hanging thermal insulation composite plate structure as shown in Figure 2; Also include when composite plate is installed; Be used for composite plate is fixed on top rail skeleton 5 and lower transverse beam skeleton 6 on the metope, this top rail skeleton 5 and lower transverse beam skeleton 6 play easy installing and fixing and effect that level is regulated, and said top rail skeleton 5 and lower transverse beam skeleton 6 are fixed in the outer wall of body of wall 8 through body of wall bolt 9; Said bolt-

type connector member

3 and 6 lockings of lower transverse beam skeleton; Circlip type connector member 4 is fixed in the draw-in groove of top rail skeleton 5, and top rail skeleton 5 is to embed waterproof, fireproof insulation layer 7 in the 50mm cavity with the degree of depth that lower transverse beam skeleton 6 and wall form, and adopts circlip type connector member 4 and bolt-type connector member 3 and crossbeam skeleton to be connected firmly and can also be convenient to and install and change.

Further, said insulation layer 7 is the thick glass wool insulation layers of 50mm, adopts the water proof type glass wool material of national A level fire-protection standard, replaces original B level XPS foam heat-insulating board, makes exterior wall play waterproof, fire-retardant heat insulation effect.

It is emphasized that: above only is the preferred embodiment of the utility model; Be not that the utility model is done any pro forma restriction; Every technical spirit according to the utility model all still belongs in the scope of the utility model technical scheme any simple modification, equivalent variations and modification that above embodiment did.

Claims

1. superthin stone dried hanging thermal insulation composite plate structure; It is characterized in that: comprise superthin stone panel (1); Be provided with a compound enhancement Layer (2) at the back of said superthin stone panel (1), be bonded with circlip type connector member (4) and bolt-type connector member (3) respectively in two ends up and down at said superthin stone panel (1) and compound enhancement Layer (2).

2. superthin stone dried hanging thermal insulation composite plate structure according to claim 1 is characterized in that: the thickness of said superthin stone panel (1) is 3mm～5mm.

3. superthin stone dried hanging thermal insulation composite plate structure according to claim 1 is characterized in that: said compound enhancement Layer (2) is to be bonded through thick bundle glass and modification, the fire retarding epoxide resin of multilayer through sticking bundle enhancement process.

4. according to claim 1 or 2 or 3 described superthin stone dried hanging thermal insulation composite plate structures; It is characterized in that: also include when composite plate is installed; Be used for composite plate is fixed on top rail skeleton (5) and lower transverse beam skeleton (6) on the metope; Said top rail skeleton (5) and lower transverse beam skeleton (6) are fixed in the outer wall of body of wall (8) through body of wall bolt (9); Said bolt-type connector member (3) and lower transverse beam skeleton (6) locking; Circlip type connector member (4) is fixed in the draw-in groove of top rail skeleton (5), and top rail skeleton (5) and lower transverse beam skeleton (6) are to embed waterproof, fireproof insulation layer (7) in the 50mm cavity with the degree of depth that wall forms.

5. superthin stone dried hanging thermal insulation composite plate structure according to claim 4 is characterized in that: said insulation layer (7) is that thickness is the glass wool insulation layer of 50mm.